WO2002069990A1 - Method of treating tumor and consignment system of proliferating and processing activated lymphocytes to be used in parallel to pdt - Google Patents

Method of treating tumor and consignment system of proliferating and processing activated lymphocytes to be used in parallel to pdt Download PDF

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Publication number
WO2002069990A1
WO2002069990A1 PCT/JP2002/001997 JP0201997W WO02069990A1 WO 2002069990 A1 WO2002069990 A1 WO 2002069990A1 JP 0201997 W JP0201997 W JP 0201997W WO 02069990 A1 WO02069990 A1 WO 02069990A1
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WIPO (PCT)
Prior art keywords
pdt
activated
lymphocytes
parallel
treatment
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Application number
PCT/JP2002/001997
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French (fr)
Japanese (ja)
Inventor
Hideo Yanai
Kiwamu Okita
Yasuyuki Kuroiwa
Teruaki Sekine
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Lymphotec Inc.
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Publication date
Application filed by Lymphotec Inc. filed Critical Lymphotec Inc.
Priority to US10/469,236 priority Critical patent/US20040086492A1/en
Priority to CA002439811A priority patent/CA2439811A1/en
Priority to EP02701720A priority patent/EP1374876A4/en
Publication of WO2002069990A1 publication Critical patent/WO2002069990A1/en

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    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61KPREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K35/00Medicinal preparations containing materials or reaction products thereof with undetermined constitution
    • A61K35/12Materials from mammals; Compositions comprising non-specified tissues or cells; Compositions comprising non-embryonic stem cells; Genetically modified cells
    • A61K35/14Blood; Artificial blood
    • A61K35/17Lymphocytes; B-cells; T-cells; Natural killer cells; Interferon-activated or cytokine-activated lymphocytes
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61KPREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K39/00Medicinal preparations containing antigens or antibodies
    • A61K39/46Cellular immunotherapy
    • A61K39/461Cellular immunotherapy characterised by the cell type used
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61KPREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K39/00Medicinal preparations containing antigens or antibodies
    • A61K39/46Cellular immunotherapy
    • A61K39/464Cellular immunotherapy characterised by the antigen targeted or presented
    • A61K39/4643Vertebrate antigens
    • A61K39/4644Cancer antigens
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61KPREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K41/00Medicinal preparations obtained by treating materials with wave energy or particle radiation ; Therapies using these preparations
    • A61K41/0057Photodynamic therapy with a photosensitizer, i.e. agent able to produce reactive oxygen species upon exposure to light or radiation, e.g. UV or visible light; photocleavage of nucleic acids with an agent
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61KPREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K41/00Medicinal preparations obtained by treating materials with wave energy or particle radiation ; Therapies using these preparations
    • A61K41/0057Photodynamic therapy with a photosensitizer, i.e. agent able to produce reactive oxygen species upon exposure to light or radiation, e.g. UV or visible light; photocleavage of nucleic acids with an agent
    • A61K41/0071PDT with porphyrins having exactly 20 ring atoms, i.e. based on the non-expanded tetrapyrrolic ring system, e.g. bacteriochlorin, chlorin-e6, or phthalocyanines
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61PSPECIFIC THERAPEUTIC ACTIVITY OF CHEMICAL COMPOUNDS OR MEDICINAL PREPARATIONS
    • A61P35/00Antineoplastic agents
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61PSPECIFIC THERAPEUTIC ACTIVITY OF CHEMICAL COMPOUNDS OR MEDICINAL PREPARATIONS
    • A61P43/00Drugs for specific purposes, not provided for in groups A61P1/00-A61P41/00
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61KPREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K35/00Medicinal preparations containing materials or reaction products thereof with undetermined constitution
    • A61K35/12Materials from mammals; Compositions comprising non-specified tissues or cells; Compositions comprising non-embryonic stem cells; Genetically modified cells
    • A61K2035/124Materials from mammals; Compositions comprising non-specified tissues or cells; Compositions comprising non-embryonic stem cells; Genetically modified cells the cells being hematopoietic, bone marrow derived or blood cells
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61KPREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K2239/00Indexing codes associated with cellular immunotherapy of group A61K39/46
    • A61K2239/31Indexing codes associated with cellular immunotherapy of group A61K39/46 characterized by the route of administration
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61KPREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K2239/00Indexing codes associated with cellular immunotherapy of group A61K39/46
    • A61K2239/38Indexing codes associated with cellular immunotherapy of group A61K39/46 characterised by the dose, timing or administration schedule

Definitions

  • the present invention relates to a therapeutic method for significantly improving the effect of tumor treatment such as cancer by photodynamic therapy (PDT), and to a proliferative-processed fB stem of lymphocytes for PDT concurrent therapy.
  • tumor treatment such as cancer by photodynamic therapy (PDT)
  • PDT photodynamic therapy
  • the administration of activated lymphocytes within a certain period of time before and after PDT treatment can be used to cure cancer and other tumors!
  • the present invention relates to a treatment method that can dramatically improve fruit.
  • lymphocytes In addition to surgical resection and administration of anticancer drugs, tumors such as cancer are treated with lymphocytes or lasers. . Furthermore, in the case of administration of lymphocytes, lymphocytes derived from peripheral blood and the like can be expanded by the immobilized anti-CD3 antibody or interleukin 2, and the lymphocytes expanded thereby It has already been severely determined by the present inventor that it has a swelling effect (see JP-A-3-80076 ⁇ ).
  • a photodynamic TTierBpy (hereinafter sometimes abbreviated simply as “PDT”) is administered as a photodynamic TTierBpy, and then a cancer-affinity photosensitizer is administered in advance, and a laser beam is applied to the cancer site.
  • PDT photodynamic TTierBpy
  • a cancer-affinity photosensitizer is administered in advance, and a laser beam is applied to the cancer site.
  • lymphocytes alone as an anti-tumor activity, and the anti-tumor effect is not so high, and is not involved in tumors or swelling in PDT therapy. Absent. It is also considered to prepare lymphocytes so as to react specifically to cancer by testing for cancer specificity. However, 1) the preparation work is complicated, and 2) cancer is difficult to induce. 3) Fibers are not always obtained, and 3) Phosphorus / spheres with specificity cannot always be prepared even if prepared by the same operation. Has not been reached. In addition, PDT therapy is not always effective for the target cancer, as shown in the results of previous studies that have been edited. Disclosure of the invention
  • the present invention is a method for treating a tumor in which activated lymphocytes are administered in parallel with the treatment of PDT (photodynamic) therapy.
  • PDT photodynamic
  • activated lymphocytes By administering activated lymphocytes at the same time as, or within a certain period of time before or after, PDT therapy, activated Rinno that does not necessarily confer cancer specificity can be rescued and rescued.
  • the effect of cancer ⁇ ⁇ ⁇ ⁇ ⁇ 3 ⁇ 4 ⁇ 3 ⁇ 4 ⁇ 3 ⁇ 4 ⁇ 3 ⁇ 4 ⁇ significantly increased: ⁇ : ⁇ .
  • PDT therapy is performed repeatedly. ⁇ Activated phosphorous cells are administered before and within 6 months after PDT therapy, and significant tumor treatment is expected. it can.
  • Activated lymphocytes used for PDT therapy can be grown or cultured with anti-CD3 antibody or interleukin-2.
  • the pits contained in the body fluid or tissue that were obtained from the ⁇ t-phosphorylated lymphocyte section were processed, and then proliferated or transformed in the processing section to prepare activated lymphocytes for PDT parallel treatment, which were stored and stored.
  • a proliferative-processed immune system of PDT-like lymphocytes that are transformed into PDT on page ⁇ .
  • activated lymphocytes are stored in a bet from the processing section of the preparation-processing industry based on an order from a ⁇ I person such as a medical institution that treats 3 ⁇ 4tt-ized lymphocytes as a page.
  • a rational system can be constructed. Good form to make invention
  • Lymphocytes activated with anti-CD3 antibody and interleukin 2 prepared in advance were treated with PDT-irradiation in the first treatment after PDT irrespective of whether they were not cancerous lymphocytes. It was found for the first time that it had an excellent effect on certain cancers, and the present invention was completed.
  • the treatment is performed in parallel with the treatment with PDT therapy, and the tumor is not necessarily imparted with cancer specificity and was prepared by pre-proliferation and activation with anti-CD3 antibody or interleukin 2.
  • the effective treatment of tumors such as cancer is achieved by the synergistic effect of PDT therapy and the Kago-Lymphoclast method, which is synergistic. Is like fid.
  • the phosphorus / sphere used here is a complicated crop prepared for cancer-specific separation as in the past, and is not necessarily imparted with cancer.
  • lymphatic alveoli can be separated from the periphery and easily approximated.
  • ⁇ ⁇ is preferred, and the amount of blood collected at one time is 0.01 ml 10 Oml, and it is not particularly purified.
  • the volume be within ⁇ ffl of 5 ml to 50 ml of cereals, more preferably, 10 m to 20 ml. Good.
  • heparin or coagulation can be added to the suspended female so that coagulation of the female does not occur.
  • Separation of the lymphocytes from the females collected above can also be performed by separation of well-known lymph, such as the non-inclination ISI heart method, using a commercially available lymphocyte separating agent. You can get it.
  • the proliferation culture of the obtained cells will be described.
  • the proliferation of lymph-IMS of the present invention is mainly carried out mainly by an anti-CD3 antibody, and from the viewpoint of further increasing the growth rate, the culture medium is used for culture. It is preferable to use Inter-Kickin 2 for the first step. Therefore, in the case of the present HJfe case, it is assumed that growth culture and transformation are difficult under the combination of interleukin 2 and anti-CD3 antibody.
  • lymphocytes can be suspended in a culture medium containing interleukin-2, and the culture can be performed by injecting the cells into an anti-CD3 anti-solid phase. Furthermore, it is also possible to carry out the proliferation and mitigation of various mitogen growth factors and chemical factors.
  • the anti-CD3 antibody any antibody capable of activating the proliferation and activation of lymphatic cells is not particularly restricted.
  • the anti-CD3 antibody used to stimulate phosphorus / sphere cells can be purified from animals or Although it can be produced by cells, a commercially available OKT-3 antibody (manufactured by Osofamass " ⁇ ical), which is excellent in terms of stability and cost, can be produced by ⁇ ffl.
  • the anti-CD3 antibody is preferably used as a solid phase from the viewpoint of the efficiency of lymphocyte proliferation and ease of operation.
  • the syllable for immobilizing the antibody include culture of materials such as glass, polyurethane, polyolefin, and polystyrene.
  • a commercially available sterilized »S « flask made of plastic can be used because of its easy availability, and its size can be increased.
  • immobilization can be carried out by immobilizing the dilute anti-CD3 antibody i, for example, at a temperature of 4 ° C to 37 ° C for 2 to 24 hours.
  • immobilization of the anti-CD3 antibody it is preferable to dilute the anti-CD3 antibody to a concentration of 1 to 30 ⁇ gZml in raw WJSS such as sterilized TA ⁇ CO ⁇ ⁇ ® solution. After immobilization, it can be stored in a cold room or refrigerator (4 ° C) until use. At this age, it can be removed, and if there is room temperature, Dulbecco's phosphate crane can be a conflict.
  • interleukin 2 can be used, and it is preferable to use it so that the culture medium has a concentration of 1 to 2000 U / ml.
  • interleukin 2 is dissolved in commonly used cell culture media such as water, physiology: ⁇ solution, dalbecco phosphate solution, RPMI-1640, DM £ M, IMDM, AIM-V, etc. Can be used. Once dissolved, it is preferable to store it in a refrigerator in order to prevent a decrease in activity.
  • the culture medium used in this case is not particularly limited as long as it is suitable for culturing lymphocytes.
  • a culture solution derived from a living organism such as serum, or a balanced salt j solution], PI-1640, AI-V, DE, IMDM, etc. Is preferred and RPMI-1640 is particularly preferred. Further, a culture medium to which normal human blue is added is preferable because it has an increased effect. Commercially available media can be used for these media.
  • the culture can be performed according to a general method of BS ⁇ ⁇ 0, for example, in a C02 incubator “ ⁇ .
  • the C02 concentration is preferably 1 to 10%, particularly preferably around 5 ⁇ 1 ⁇ 2.
  • the temperature it is preferably 30 to 40 ° C, particularly 37.0 fiber.
  • PDT therapy first silences cancer affinity (3t sensation 1 ⁇ 1), and then concentrates the drug in cancer tissues and normal tissues.
  • cancer affinity 3t sensation 1 ⁇ 1
  • the laser beam is illuminated Ji to cause the drug taken up by the cancer to generate in the tissue, and by using the nature of this ⁇ , the cancer ⁇ Male power to make E Gakushima.
  • the laser used for PDT therapy is, for example, a conventional laser such as Hamamatsu's excimer dye laser, such as an excimer dye laser, but not necessarily a PS laser. Any laser-generating device that can use PDre, such as a laser, may be used.
  • PDT-protected lasers have a low power of about 100% of that of laser-scalpels and low tumor affinities. It can be controlled and is suitable for intensive treatment of cancer lesions only.
  • a photosensitizer is administered in advance, and this photosensitizer must be a photosensitizer that has a specific affinity for tumors.
  • Such substances include, for example, Porphymer Sodium (PHE-name at the time of distribution of PHE-Photofurin) from Japan Distilled Rice ⁇ ⁇ , and so-called PDT, which has been generally fined so far and can be used. Any photo-sensitive material that can be used may be used.
  • the dose be within 6 months before and after the surgery, in order to correlate the effect with the PDTJ surgery, and in this case, PDTtfeiF ⁇ , It may be a single dose on the day of PDTfife surgery or after PDT surgery, but considering sex and effect, it is desirable to be separated from 1 to 10 times, and the higher the dose, the more In general, one to several doses are administered.
  • activated lymphocytes were administered five times, but the present invention is not limited to this.
  • administration of activated lymphocytes is effective before or only after PDTfife surgery, or only on the day of PDTfig surgery, or after PDT surgery.
  • multiple doses may be given before, on the day of, or after PDTfiS surgery.
  • the combination of PD 3 ⁇ 4 surgery and keratinocyte administration can be repeated several times.
  • the treatment may be performed using a PDT-operated worm or an activated lymphocyte-administered worm, or a combination of both.
  • activated lymphocyte injections When repeated after each other, in order to ensure their ⁇ ] properties, a period of 6 months after the removal of one of them is given before ⁇ ! It is necessary to perform it.
  • the ball can be processed or imported in response to the page, and can be used as a cell processing commission system that provides this to the pager.
  • the fibers contained in the bodily fluids or males provided by the arrogant part were grown or activated in the processing part, and then lymphocytes for PD ⁇ 3 ⁇ 43 ⁇ 4 ⁇ 3 ⁇ 4 ⁇ combination were prepared.
  • a PDT-combined phosphor ball and a processing system for processing these fibers, which are used to provide this or to be used in the page section, are such.
  • the deemed page part j usually includes a case where a person is a ⁇ -processed arrogant person composed of a doctor, a dentist, and various doctors or a patient or his / her home. Samples collected from page $-The processing part that performs processing such as proliferation or activation of cells in body fluid or tissue is collected from the Ifib fluid-body fluid or This includes cases where the culture or activation of cells is performed by a supplier. Further, the term “part that prepares a cryopreserved cell after processing” includes the case where # is used to freeze the cell.
  • This age, female part-processing part-remote part may be abducted individually, but they can also serve as each other. Therefore, the droop that has been grown or cultured in vitro by the first part is frozen in the processing part, or in the cell preservation part or in the page part of the cell that is a cell member: d3 ⁇ 4 $ page; You can also.
  • the cell processing section freezes the cells, the frozen cells can be stored in the fine BSiJii section or the cell section can be kneeled.
  • the cell processing unit or the cell storage unit can transfer the conserved cells to the arrogant part (cell storage deserving person) in either a frozen state or an awake state.
  • the prepared ⁇ ⁇ -phosphorylated Rinno spheres can be sterilized in an appropriate solution and sent to a medical institution or the like, which is a pager, using existing delivery means such as a courier service.
  • the activation link for cancer recurrence prevention is activated.
  • Activated lymphocytes supplied from the processing section or the storage section are mainly administered to gastric cancer patients as an enhancer of PDT therapy.
  • the present invention is not limited to the administration of stomach cancer patients.
  • liver cancer, uncancer, kidney, m, month! ⁇ , Ovarian cancer, child, seizuru, precancer It can also be used as a potentiator for PDT removal in leukemia, sarcoma, B3 ⁇ 4B ⁇ .
  • Example
  • Immune Biological Laboratories: 23010) is placed in six 15 ml centrifuge tubes (Iwaki Glass Eng. Co., Ltd .: 2327-015), 3 ml each, and 10 ml of female sickled with medium is placed in each tube so that the liquid level is not disturbed. I did it slowly.
  • culture medium J a culture medium containing 5 ml of human Ifili blue (hereinafter sometimes simply referred to as “culture medium J”), and mixed well with a car to prepare a fiber.
  • the flask was dissolved with OKT3; aspirator was used, 50 ml of PBS (-) was poured into the flask, and the flask was closed and shaken vigorously. Again, 50 ml of PBS (-) was aseptically poured into the flask, the flask was closed and shaken vigorously, then the lid was opened and discarded.
  • the OKT3 solid-phased flask was prepared by carefully sucking it off with the shield suction device remaining in the flask and on the lid.
  • Cultivation was started at 7 ° C under 5% carbon dioxide. After 3 days, add 50 ml of culture medium,
  • the cells were cultured under 37 ° C, 5o / 0 ;
  • Activated lymphocytes by further culturing for 2 days at 37 ° C and 5% carbon dioxide
  • the medium containing the fibers in one of the two bags prepared in ⁇ 4> above was transferred into a 250-m centrifugal tube (Ko-negune ⁇ 3 ⁇ 4), and the cells were separated by centrifugation.
  • the culture solution was removed by depressurization, and a physiological operation of 0.1% human albumin was added to the cell pellet, and the mixture was centrifuged to perform a washing operation to prepare a 3-liter pellet.
  • One of the two bags prepared in ⁇ 4> above was shielded 4 days later from the gas-permeable culture bag containing the cells and the gas-permeable culture jig containing the new medium by a sterile age device (Termonet: t3 ⁇ 4). After mixing the medium in the m ⁇ m / cube well, divide the mixture into two parts, cut off the bond again, and aseptically seal the ⁇ ⁇ part. He cultivated under ⁇ 3 ⁇ 4 ⁇ 's.
  • the frozen IS «prepared in Matome ⁇ 3> was incubated at 37 ° C and cultured, and washed three times. Adjust the injection lymph 3 ⁇ IJ in the same manner as described in ⁇ 3 ⁇ , ⁇ 4 ⁇ , ⁇ 5 ⁇ , ⁇ 6 ⁇ , ⁇ 7 ⁇
  • the nest was filled, and the laser irradiation was performed 5 times at 60 J cm 2 using an excimer dye laser (Photonicsune ⁇ M).
  • the photofrin staying in the cancerous tissue reacts and excites by laser irradiation, and the energy is converted into ⁇ # 3 ⁇ 4, which generates 3 ⁇ 414 ⁇ in ⁇ ⁇ ⁇ «.
  • the administration of the injection M agent to a cancer patient scheduled to be irradiated with a laser beam or a cancer patient irradiated with a laser beam was performed as follows. Two weeks before laser irradiation, the number of lymphocytes administered (2.4 ⁇ 10 9 ), the IF (number of lymphocytes administered: 4.OX 10 9 ), and the day of treatment (the number of lymphocytes administered: 3) 4 x 10 9 ), 1 week later (dosed phosphorus Z spheres; 5.4 x 10 9 ), and 3 weeks later (dosed phosphorus spheres: 3.5 x 10 9 ), a total of 5 times
  • the preparations prepared in ⁇ 5>, ⁇ 7>, and ⁇ 8> were administered by injection.
  • a specific example of the prepared frozen lymphocytes prepared in the section ⁇ 3> is as follows. That is, the lymphocyte obtained in Part 5 ⁇ 3> was centrifuged, the culture medium was removed with decaion, to obtain a cell pellet, and the cell pellet was added to the cell pellet (5 ml of human HM, dimethyl sulfoxide (Nacalai Co., Ltd.)). SK Co., Ltd., hereafter simply referred to as “DMSOj” 5 ml of medium (made by mixing 40 ml of medium (RPMI1640 + 7)) ⁇ 8 ml, mix well, and mix well, then 5 ml of cell storage tube Dispense into a total of 5 tubes, each with 3 ml per Co., Ltd. Coaster Japan), and place the tubes in a liquid nitrogen storage or ultra-low freezer for 1 minute.
  • DMSOj 5 ml of medium (made by mixing 40 ml of medium (RPMI1640 + 7)) ⁇ 8 ml, mix well,
  • lymphocytes used are of autologous origin, that is, peripheral blood taken from the vein of a gastric cancer patient who has not obtained a reduction effect by PDT removal.
  • GVHD Graft versus Host Disease
  • HLA Human Leukocyte Antigen
  • the invention of the present application is such that the administration of activated lymphocytes is performed in parallel with the tumor treatment by PDT therapy, and the synergistic action of the two does not necessarily impart cancer specificity. It is not only a complicated preparation H ⁇ F3 ⁇ 4 for the induction of lymphoid disease, but it is easy to obtain lymphocytes that can be used as well as cancer, especially gastric cancer. Not only does it have a remarkable effect on the suppression of the reduction of each type of obstruction, but it also has an excellent effect on patients who do not have any effect especially on battlefield treatment after PDT removal.
  • lymphospheres used in this case GVHD immunity ⁇ E is not likely to cause bow I, and lymphocytes derived from another person, including H of Ichinori, are proliferated and activated with anti-CD3 antibody.
  • lymphocytes derived from another person, including H of Ichinori are proliferated and activated with anti-CD3 antibody.
  • a more excellent effect of destroying and suppressing cancers such as tumors can be obtained as compared to autologous lymphocyte populations.
  • the present invention can be applied not only to prescriptions applied to the human body, but also to animals such as dogs and cats if they can be treated with PDT, or to livestock such as pigs, pigs, sheep, and horses.
  • the activated lymphocytes used in the present invention may be expanded and cultured with an anti-CD3 antibody or interleukin 2. Can be used, and it is also possible to freeze the proliferated anti-tumor examination y, so that it can be used as a growth-processing system for activated phosphorus / spheres for concurrent treatment with PDT therapy It is. 1
  • the ear-collecting body provided by the wrapping part the fibers contained in the covering or the fiber are propagated or activated in the processing part without performing complicated preparation work for cancer specificity, and then PDT Prepared S14-lymphed lymph for parallel treatment with therapy
  • the result is ⁇ function, and according to, this is used, and ⁇ after restoration or vegetative proliferation, or after ⁇ 14 conversion operation is immediately used as a combination treatment with PDT elimination ⁇ IJ be able to.
  • the present invention can be converted to any cancer-H ⁇ treatment by parallel treatment with activated lymphocyte administration, which is not limited to the current PDT ⁇ 3 ⁇ 4iSfS cancer.

Abstract

A therapeutic method for enhancing an effect of treating tumor such as cancer wherein activated lymphocytes are administered within a definite period of time before or after the performance of photodynamic therapy (PDT). By administering activated lymphocytes in parallel to PDT, synergistic effects of the PDT and the administration of activated lymphocytes can be established. As a result, tumor such as gastric cancer can be remarkably efficiently reduced and destroyed. Moreover, an excellent therapeutic effect can be achieved on tumor showing no sensitivity to PDT alone. On the assumption of carrying out in parallel to PDT, the above therapeutic method of administering activated lymphocytes, which would not always impart cancer specificity, contributes to the destruction of tumor or improvement in the effect of preventing the enlargement thereof.

Description

,  ,
明 細 書 Specification
腫瘍の治療方法および PDT並行治 化リンパ球の増殖-加工受 Kステム  Tumor treatment method and PDT parallel-curing lymphocyte proliferation-processed K stem
本発明は、光線力学的療法 (PDT)により癌等腫瘍治療の効果を著しく向上させるための治療方法 および PDT並行治療用 化リンパ球の増殖'加工受 fBステムに関するものである。特に、 PDT の施術と前後した一定期間内に活性化リンパ球の投与を並行しておこなうことで癌等腫瘍治^!]果 を飛躍的に向上させることができる治療方法に関する。 m The present invention relates to a therapeutic method for significantly improving the effect of tumor treatment such as cancer by photodynamic therapy (PDT), and to a proliferative-processed fB stem of lymphocytes for PDT concurrent therapy. In particular, the administration of activated lymphocytes within a certain period of time before and after PDT treatment can be used to cure cancer and other tumors! ] The present invention relates to a treatment method that can dramatically improve fruit. m
癌などの腫瘍の治鮮段としては、外科的切除や抗癌剤投与によるほかに、これまで^ ίのもの としてリンパ球の投与、あるいはレーザ" "3L照身 台療がt¾的なものとして挙げられる。 さらにリン パ球の投与につし、ては、末梢血等に由来するリンパ球の増殖が固相化抗 CD3抗体もしくはインター ロイキン 2により可能であること、およびこれによつて増殖されたリン 球が 瘍効果を有すること に関しては、すでに本発明者によって酷済みである (特開平 3— 80076 ^^報参照 )。  In addition to surgical resection and administration of anticancer drugs, tumors such as cancer are treated with lymphocytes or lasers. . Furthermore, in the case of administration of lymphocytes, lymphocytes derived from peripheral blood and the like can be expanded by the immobilized anti-CD3 antibody or interleukin 2, and the lymphocytes expanded thereby It has already been severely determined by the present inventor that it has a swelling effect (see JP-A-3-80076 ^^).
またレーザー光照射治療については、纖力学嶋去 (Photodynamic TTierBpy,以下単に「PDT」と 略すことがある)として、あらかじめ癌親和性の光感受體剤を投与した後、癌部位にレーザ一光を 照身 ることによって 中に活 を生成させて敲 させるもので、 が少ないため、 外科的な手術が不能な患者に対しても治驗 ことがで るという利点を有するところから近年脚 光を浴びている。  Regarding laser irradiation treatment, a photodynamic TTierBpy (hereinafter sometimes abbreviated simply as “PDT”) is administered as a photodynamic TTierBpy, and then a cancer-affinity photosensitizer is administered in advance, and a laser beam is applied to the cancer site. In recent years, it has gained the spotlight because it has the advantage that it can be used for surgery, even if it is not possible to perform surgical operations, because it has the advantage that it can be used for surgical operations. ing.
因みに、これまでの職成果によれば、細が少なく効果をあらわすデータに多少ばらつきがある ものの、この PDTによる胃癌治療では、 胃癌では前期のもので 5506、 期胃癌では 890/0に治 癒を得たが、進行胃癌では前期では 2例ですべて 、後期では 5例中 4例が »であった^^さ れている〔癌と化^^去 (1996年) :23巻第 1号 41頁から 46頁〕。  By the way, according to the occupational achievements so far, although the data showing the effect is small and there is some variation, the treatment with gastric cancer using this PDT cures to 5506 in early gastric cancer and 890/0 in early gastric cancer. However, in advanced gastric cancer, 2 cases were found in 2 cases in the early period, and 4 cases out of 5 cases were found in the latter period. ^ Cancer (1996): 23 No. 1 41 Page to page 46].
また癌 で免疫しないマウスの脾臓の移入は、 scid (severe combined ummunodeficient )マウス に移植した癌 βの 力学 ¾ ^の増殖を抑えないのに対して、癌 βによって免疫したマウ スの fl輔は scidマウスに移植した癌繊の光線力学請去後の増殖を抑えられるとの^^ある [CANCER RESEARCH (1999) ,59,1941 -1946] 0 さらに、マウス動! ||での効果と人での治 »果 とが鎌上大きく ¾る齢が多々見られることにつしゝても一般的に広く知られている。 The transfer of the spleen of a mouse not immunized with cancer does not suppress the growth of the cancer β transplanted into the scid (severe combined ummunodeficient) mouse ¾ ^, whereas the mouse fl ^ Certain that the growth of cancer fibers transplanted into mice after photodynamic contraction can be suppressed [CANCER RESEARCH (1999), 59,1941 -1946] 0 Furthermore, the effects of mouse movements | Cure »fruit It is generally well-known that the age of Sakagami is large and small.
しかしながら、上記は活性化されたリンパ球単体を抗腫瘍活性として用し、るものであり、抗腫瘍効 果はあまり高くなく、しかも PDT療法における腫瘍 しくは腫 »大の iiPfljに関与するものでは ない。 さらにリンパ球に対し、癌に対して特異的に反応するよう癌特異性を驗して調製することも 考えられているが、 1 )調製作業が煩雑であること、 2)誘導に艘な癌繊が必ずしも得られるとは らないこと、 3)同様な操作によって調製したとしても特異性を持たせたリン/球が必ずしも調製で きるわけではないといった問題を有するところから、実用化されるには至ってしゝない。 また PDT療 法についても、編己したこれまでの研究成果にも示されている通り、対象とする癌に対して必ずしも 有効であるとは限らない。 発明の開示  However, the above uses activated lymphocytes alone as an anti-tumor activity, and the anti-tumor effect is not so high, and is not involved in tumors or swelling in PDT therapy. Absent. It is also considered to prepare lymphocytes so as to react specifically to cancer by testing for cancer specificity. However, 1) the preparation work is complicated, and 2) cancer is difficult to induce. 3) Fibers are not always obtained, and 3) Phosphorus / spheres with specificity cannot always be prepared even if prepared by the same operation. Has not been reached. In addition, PDT therapy is not always effective for the target cancer, as shown in the results of previous studies that have been edited. Disclosure of the invention
そこで本発明は、 PDT (光線力学的)療法の施術と並行して活性化リンパ球の投与をおこなう腫瘍 の治療方法である。 PDT療法の施術と同時に、あるいはこれと前後した一定期間内に活性化リンパ 球の投与をおこなうことで、必ずしも癌特異性を付与しない活性化リンノ救用いた投 去の を可能とし、これによつて癌^ ΦΜ^の敏减もしくは ¾Λ抑制効果を著しく増:^る。  Therefore, the present invention is a method for treating a tumor in which activated lymphocytes are administered in parallel with the treatment of PDT (photodynamic) therapy. By administering activated lymphocytes at the same time as, or within a certain period of time before or after, PDT therapy, activated Rinno that does not necessarily confer cancer specificity can be rescued and rescued. The effect of cancer Μ Μ Μ 减 减 ¾Λ ¾Λ ¾Λ ¾Λ significantly increased: ^: Μ.
PDT療法の施術が繊回の繰り返し実行するとよ《活性化リン ζ球の投与を PDT療法の施術前 および Ζもしくは施術後 6ヶ月間以内に並行して行うと顕著な腫瘍治^ ¾果が期待できる。  It is recommended that PDT therapy is performed repeatedly. <Activated phosphorous cells are administered before and within 6 months after PDT therapy, and significant tumor treatment is expected. it can.
PDT療法に用いる活性化リンノ 球は、抗 CD3抗体もしくはインターロイキン 2により増殖培養ある いは ¾14化培養させることがでさる。  Activated lymphocytes used for PDT therapy can be grown or cultured with anti-CD3 antibody or interleukin-2.
¾tt化リン 球の做頁部より ίΐ^された '体液あるいは組織に含まれる垂を、加工部【こ おいて増殖あるいは 化して PDT並行治麵の活性化リンパ球を調製し、これを保存、あるいは 辦頁部に »Τる PDT並 台麵¾¾化リンパ球の増殖-加工受 ンス亍ムを構築することができ る。この増殖 '加工受託システムによって、 ¾tt化リンパ球を做頁する医療機関等などの^ I者から の発注に基づいて調製-加工業散どの加工部へから御賭に活性化リンパ球が収められる合理 的なシステムが構築できる。 発明を するため 良の形態  The pits contained in the body fluid or tissue that were obtained from the 化 t-phosphorylated lymphocyte section were processed, and then proliferated or transformed in the processing section to prepare activated lymphocytes for PDT parallel treatment, which were stored and stored. Alternatively, it is possible to construct a proliferative-processed immune system of PDT-like lymphocytes that are transformed into PDT on page 辦. With this multiplication process processing system, activated lymphocytes are stored in a bet from the processing section of the preparation-processing industry based on an order from a ^ I person such as a medical institution that treats ¾tt-ized lymphocytes as a page. A rational system can be constructed. Good form to make invention
以下におしゝて本発明の具体的な内容を、 の一形態として以下に説明すると、本発明は具体的 には予め調製した抗 CD3抗体とインターロイキン 2により活性化させたリンパ球が、癌麟的なリン パ球ではないのにかかわらず PDT瘛去との併用治療において、初回に PDT癬去で であった癌 に優れた ί¾Μ効果を有することを初めて見出し、本発明を完財るに至った。 The specific contents of the present invention will be described below as an embodiment of the present invention. Lymphocytes activated with anti-CD3 antibody and interleukin 2 prepared in advance were treated with PDT-irradiation in the first treatment after PDT irrespective of whether they were not cancerous lymphocytes. It was found for the first time that it had an excellent effect on certain cancers, and the present invention was completed.
具体的には PDT療法による施術と並行治療することを i lとし、予め抗 CD3抗体もしくはインタ一 ロイキン 2により増殖 '活性化させて調製したところの、必ずしも癌特異性を付与しなしゝ活性化リンパ 球を PDT療法の術前あるいは術後におけるそれぞれの一定期間内に投与することによって、 PDT 療法と 化リンパ職 法との並 f ^療による相乗的作用により、癌等の腫瘍の効果的な治療 を fidようにしたものである。  Specifically, the treatment is performed in parallel with the treatment with PDT therapy, and the tumor is not necessarily imparted with cancer specificity and was prepared by pre-proliferation and activation with anti-CD3 antibody or interleukin 2. By administering the spheres within a certain period of time before and after PDT therapy, the effective treatment of tumors such as cancer is achieved by the synergistic effect of PDT therapy and the Kago-Lymphoclast method, which is synergistic. Is like fid.
[リンパ^ βの画  [Lymph ^ β painting
ここで使用されるリン/球は、これまでのように癌特異性離のための煩雑な調製作穀 とし、 必ずしも癌 性を付与してある はない。 リンパ糊胞は、一般的には末梢 、ら分離して簡 単に概又することができる。 末梢 ゝらの 法としては、 »らの馳が好ましく、また一回 に採血する量としては、 0. 01 m卜 10Oml禾聽であり、特に、その量に卩胺されない。 しかしなが ら、ドナーの肉体的な負担、觀の手間、リンパ球繊の分離操作を考えた場合、 5ml〜50ml禾 の^ ffl内であるのが好ましぐより好ましくは 10mト 20mlの がよい。  The phosphorus / sphere used here is a complicated crop prepared for cancer-specific separation as in the past, and is not necessarily imparted with cancer. In general, lymphatic alveoli can be separated from the periphery and easily approximated. As a method for peripheral plaques, ら の is preferred, and the amount of blood collected at one time is 0.01 ml 10 Oml, and it is not particularly purified. However, in consideration of the physical burden of the donor, the trouble of viewing, and the operation of separating lymphocyte fibers, it is preferable that the volume be within ^ ffl of 5 ml to 50 ml of cereals, more preferably, 10 m to 20 ml. Good.
なおこの場合に、雌の凝固が起こらなしゝように、縣した雌にへパリンやク工ン 加えること ができる。 また上記採取した雌からのリンパ球細胞の分離は、蔗^^市販のリンパ球分離剤等 を用しゝる不^^度勾 ISI心法などの周知のリンパ^ »の分離去によっても操作し取得できる。  In this case, heparin or coagulation can be added to the suspended female so that coagulation of the female does not occur. Separation of the lymphocytes from the females collected above can also be performed by separation of well-known lymph, such as the non-inclination ISI heart method, using a commercially available lymphocyte separating agent. You can get it.
〔リン/ ¾«の増殖-細匕〕  [Rin / ¾ «multiplication-Hodani]
つぎに、 Ϊ又得した細胞の増殖培養について説明すると、本発明のリンパ^ IMSの増殖は、おもに抗 CD3抗体を中心におこなわれ、さらに増 5 ¾率を向上させる観点から培養用培地液中にインター口 ィキン 2を用し、るのが好ましい。したがって本 HJfe例の場合ではインターロイキン 2と抗 CD3抗体と の組み合わせ のもとに増殖培養および 化を難するものとする。  Next, the proliferation culture of the obtained cells will be described. The proliferation of lymph-IMS of the present invention is mainly carried out mainly by an anti-CD3 antibody, and from the viewpoint of further increasing the growth rate, the culture medium is used for culture. It is preferable to use Inter-Kickin 2 for the first step. Therefore, in the case of the present HJfe case, it is assumed that growth culture and transformation are difficult under the combination of interleukin 2 and anti-CD3 antibody.
具体的には、例えばインタ一ロイキン 2を含む培養用培地液にリンパ球細胞を浮遊させ、これを抗 CD3抗^固相化した培 ¾ ^こ入れて培 することができる。 さらに に応じて各種の マイトージェン増殖因子、 化因 鹏して編の増殖■¾¾化をおこなうことも可能である。 抗 CD3抗体としては、リンパ藝胞の増殖'活性化をSlできる抗体であれば、特に P ¾されるも のではない。 リン/球細胞の刺激に用いる抗 CD3抗体は、精製した CD3分 ¾用いて動物又は 細胞に産生させることもできるが、安定性やコスト面等におしゝて優れた市販の OKT— 3抗体 (製造 元:ォーソファーマス"^ィカル)が^ fflできる。 Specifically, for example, lymphocytes can be suspended in a culture medium containing interleukin-2, and the culture can be performed by injecting the cells into an anti-CD3 anti-solid phase. Furthermore, it is also possible to carry out the proliferation and mitigation of various mitogen growth factors and chemical factors. As the anti-CD3 antibody, any antibody capable of activating the proliferation and activation of lymphatic cells is not particularly restricted. The anti-CD3 antibody used to stimulate phosphorus / sphere cells can be purified from animals or Although it can be produced by cells, a commercially available OKT-3 antibody (manufactured by Osofamass "^ ical), which is excellent in terms of stability and cost, can be produced by ^ ffl.
また抗 CD3抗体は、リンパ球細胞の増殖の効率、操作の容易性の観点から、固相化して用いるこ とが好ましい。 抗体を固相化するための驟としては、ガラス、ポリウレタン、ポリオレフイン、ポリ スチレン等の材質の培養^が挙げられる。 この場合、入手が容易であることから市販のプラスチ ック製の滅菌済み »S«フラスコ することもでき、その大きさは) できる。  The anti-CD3 antibody is preferably used as a solid phase from the viewpoint of the efficiency of lymphocyte proliferation and ease of operation. Examples of the syllable for immobilizing the antibody include culture of materials such as glass, polyurethane, polyolefin, and polystyrene. In this case, a commercially available sterilized »S« flask made of plastic can be used because of its easy availability, and its size can be increased.
さらに固相化は、 i¾抗 CD3抗体の希 f¾¾を固相化する驗に し、例えば、 4°C〜37°Cの温 度で 2〜24時間、 ることによって ^ことができる。 この抗 CD3抗体の固相化には、抗 CD3 抗体を滅菌したタ I ^ッコりん^ ®液等の生 WJ¾»S中に 1 ~30〃 gZmlの濃度に希釈して 用いることが好ましい。 固相化後、使用時までコールドルームや冷蔵庫 (4°C)で保存することがで きる。 この齢^¾時に;被除去し、また あれば常温のダルベッコりん酸観鶴の生馳な 争できる。  Further, immobilization can be carried out by immobilizing the dilute anti-CD3 antibody i, for example, at a temperature of 4 ° C to 37 ° C for 2 to 24 hours. For the immobilization of the anti-CD3 antibody, it is preferable to dilute the anti-CD3 antibody to a concentration of 1 to 30 μgZml in raw WJSS such as sterilized TA ^ CO り ん ® solution. After immobilization, it can be stored in a cold room or refrigerator (4 ° C) until use. At this age, it can be removed, and if there is room temperature, Dulbecco's phosphate crane can be a conflict.
またインタ一ロイキン 2は、市販されているものを用しゝることができ、培養用培 «1 -2000U/ mlの濃度となるように用しゝるのが好ましい。 さらにインタ一ロイキン 2は、水、生理: ^液、ダルべ ッコりん酸観液、 RPMI- 1640、 DM£M、 IMDM、 AIM— V等の一般に広く用いられる細胞培養 用培地液等に溶解して使用することができる。 なお一度溶解したものは、活性の低下を防ぐため、 冷蔵保存することが好ましい。  In addition, commercially available interleukin 2 can be used, and it is preferable to use it so that the culture medium has a concentration of 1 to 2000 U / ml. In addition, interleukin 2 is dissolved in commonly used cell culture media such as water, physiology: ^ solution, dalbecco phosphate solution, RPMI-1640, DM £ M, IMDM, AIM-V, etc. Can be used. Once dissolved, it is preferable to store it in a refrigerator in order to prevent a decrease in activity.
この場合に される培養用培地液としては、リンパ^ 胞の培養に適したものであれば特に制 The culture medium used in this case is not particularly limited as long as it is suitable for culturing lymphocytes.
P艮されず、血清等の生物由来の培養液、平衡塩類 j容液にアミノ酸、ビタミン、核酸塩基などを加えた 合] どが棚でき、 P I- 1640、 AI — V、 D E , IMDM等が好ましし、ものとして挙げ られ、なかでも RPMI— 1640が特に好ましいものとして挙げられる。 また培養用培地は、正常ヒト 青を添加したものが増 51¾果に優れ好ましい。 なお、これらの培地は市販品を用し、ることができ る。 It is not pitted, but can be shelved when amino acids, vitamins, nucleic acid bases, etc. are added to a culture solution derived from a living organism such as serum, or a balanced salt j solution], PI-1640, AI-V, DE, IMDM, etc. Is preferred and RPMI-1640 is particularly preferred. Further, a culture medium to which normal human blue is added is preferable because it has an increased effect. Commercially available media can be used for these media.
また培養については、例えば、 C02インキュベ"^内で 等、一般的な細 BS±咅 «0方法に従うこ とができる。 この場合、 C02濃度は 1〜 10%、特に 5<½前後が好ましぐまた温度については 30 〜40°C、特に 37。0纖の が好ましい。  In addition, the culture can be performed according to a general method of BS ± 咅 0, for example, in a C02 incubator “^. In this case, the C02 concentration is preferably 1 to 10%, particularly preferably around 5 <½. As for the temperature, it is preferably 30 to 40 ° C, particularly 37.0 fiber.
〔PDT細  (PDT fine
一方、 PDT療法は、先ず癌親和 ¾3t感受 1^1】を静 し、癌組織と正常組織における薬剤濃 度差が 48~72時間後に駄となったところでレーザ一光を照 Jiし、癌に取り込まれた薬剤を さ せて組織中に を生成させ、この ^の 性を利用して癌«を^ Eさせる雄力 学嶋去である。 On the other hand, PDT therapy first silences cancer affinity (3t sensation 1 ^ 1), and then concentrates the drug in cancer tissues and normal tissues. When the difference between 48 and 72 hours has passed, the laser beam is illuminated Ji to cause the drug taken up by the cancer to generate in the tissue, and by using the nature of this ^, the cancer ^ Male power to make E Gakushima.
PDT療法に使用されるレーザーは、例えば浜松ホトニクスネ; t のエキシマダイレーザーなどの在 来型レーザ"" ¾蝶置が用いられるが、必ずしもこれに PS¾されるものではなぐほかにもアルゴン ダイレ一ザ一などのような、 PDre使用可能なものであればどのようなレーザ一発生装置であって もよい。  The laser used for PDT therapy is, for example, a conventional laser such as Hamamatsu's excimer dye laser, such as an excimer dye laser, but not necessarily a PS laser. Any laser-generating device that can use PDre, such as a laser, may be used.
これらの PDT衞去に されるレーザーは、出力がレーザ一メスのおよそ百分のー禾 と低ぐま た癌親和 1 ^感受 t ^剤は癌組織に多く集積するために正常細胞に対する 最小限に抑える ことができ、癌病巣のみを集中的に治療するのに適している。  These PDT-protected lasers have a low power of about 100% of that of laser-scalpels and low tumor affinities. It can be controlled and is suitable for intensive treatment of cancer lesions only.
またレーザ一など赚力学赚敍 »際には、あらかじめ光感受性物質の投与がおこなわれる が、この光感受性物質については腫瘍に特異的に親和性を示す光感受性物質である必要があり、そ のような物質としては例えば日本ヮイスレダリ一ネ±^のポルフィ一マーナトリウム (PHE-流通時の 名称「フォトフリン」)をはじめとし、これまで一般的に細されてきたもので差し支えがなぐ所謂 PDT で できるような光感受性物 «あれば、どのようなものでもよい。  In addition, during photodynamics such as laser irradiation, a photosensitizer is administered in advance, and this photosensitizer must be a photosensitizer that has a specific affinity for tumors. Such substances include, for example, Porphymer Sodium (PHE-name at the time of distribution of PHE-Photofurin) from Japan Distilled Rice ± ^, and so-called PDT, which has been generally fined so far and can be used. Any photo-sensitive material that can be used may be used.
〔細匕リンパ球の投与〕  (Administration of Hodani lymphocytes)
活性化リンパ球の投与につしゝては、 PDTJ¾術による効果との相関関係を持たせるために、 術の前後、それぞれ 6ヶ月間以内であるのが望ましぐまたこの場合、 PDTtfeiF湔、 PDTfife術当日あ るいは PDT ¾術後の単回投与であっても良いが、 性と効果を考えた 、 1回から 10回離が 望ましぐまたその投与 ¾が高ければ高いほど、より多くの効果が望めるが、一般的には 1回から 数回の投与をおこなう。  Regarding the administration of activated lymphocytes, it is desirable that the dose be within 6 months before and after the surgery, in order to correlate the effect with the PDTJ surgery, and in this case, PDTtfeiF 湔, It may be a single dose on the day of PDTfife surgery or after PDT surgery, but considering sex and effect, it is desirable to be separated from 1 to 10 times, and the higher the dose, the more In general, one to several doses are administered.
本 Hi¾例では 5回の活性化リンパ球投与をおこなっているが、これに限定されない。 また活性化 リンパ球の投与は、 PDTfife術前のみ、あるいは PDTfig術当日のみ、また PDT 術後のみの投与の し、ずれでも効果がみられ、さらに好ましくは PDH¾術の前後それぞれ 6ヶ月間にわたり、あるいは P DTfiS術の前-当日 -施術後にわたって複数回投与するのがよい。  In this Hi¾ case, activated lymphocytes were administered five times, but the present invention is not limited to this. In addition, administration of activated lymphocytes is effective before or only after PDTfife surgery, or only on the day of PDTfig surgery, or after PDT surgery. Alternatively, multiple doses may be given before, on the day of, or after PDTfiS surgery.
また 1回の PDT fe術と 化リンパ球の治療だけでなく、 PD¾術と 化リンパ 与の併用を 何度か繰り返すこともできる。 さらに繰り返す場合には、 PDT¾術の駒虫あるいは活性化リンパ球 投与の 虫、あるいは両者の併用のしゝずれの組み合わせで行ってもよい。 さらに PDTfife術衝去ぁ b In addition to a single PDT fe procedure and keratinocyte treatment, the combination of PD ¾ surgery and keratinocyte administration can be repeated several times. In the case of further repetition, the treatment may be performed using a PDT-operated worm or an activated lymphocyte-administered worm, or a combination of both. Further PDTfife surgery b
るいは活性化リンパ球投 互いに m¾:つた時点におしゝて繰り返して行なう場合においては、 その^]性を確保するために、いずれか一方の衞去 後 6ヶ月の期間を^!する前におこなう必 要がある。 Or activated lymphocyte injections: When repeated after each other, in order to ensure their ^] properties, a period of 6 months after the removal of one of them is given before ^! It is necessary to perform it.
C繊の加工-受託〕  Processing of C fiber-commissioned)
また itsした採取リンノゝ。球を、做頁を受けて加工あるいは麟し、これを做頁者に提供するように した細胞の加工委 '受託システムとして活用することもできる。 すなわち傲頁部より提供された概又 雌'体液あるいは雄に含まれる繊を、加工部におし、て増殖あるいは活性化を行なった後、 PD τ¾¾β¾ί并用のための 化リンパ球を調製し、これを赌し、あるいは做頁部に供 るように した PDT併用 化リン ζ球およびこれらの繊の加工委-受 ステムがそれである。  Also its collected Rinno II. The ball can be processed or imported in response to the page, and can be used as a cell processing commission system that provides this to the pager. In other words, the fibers contained in the bodily fluids or males provided by the arrogant part were grown or activated in the processing part, and then lymphocytes for PD τ¾¾β¾ί combination were prepared. A PDT-combined phosphor ball and a processing system for processing these fibers, which are used to provide this or to be used in the page section, are such.
なおここで、「做頁部 jとは、通常、医師、歯科,、各種医^ ¾¾設ぁるいは患者本人あるいはその 家!^!からなる β加工傲頁者である場合を含む。 また^ $頁部より された採¾«-体液ある いは組織に れる細胞を増殖あるいは活性化等の加工を行なう Γ加工部」は、上記により提供され た Ifib液-体液 るいは,から採取された細胞の培養あるいは活性化を 業者である場合を含む。 さらに加工後に凍結保存細胞に調製して ^する 部」は、細胞の凍結 を行う #である場 合を含む。  In addition, here, "the deemed page part j" usually includes a case where a person is a β-processed arrogant person composed of a doctor, a dentist, and various doctors or a patient or his / her home. Samples collected from page $-The processing part that performs processing such as proliferation or activation of cells in body fluid or tissue is collected from the Ifib fluid-body fluid or This includes cases where the culture or activation of cells is performed by a supplier. Further, the term “part that prepares a cryopreserved cell after processing” includes the case where # is used to freeze the cell.
この齢、雌部-加工部-僻部は、それぞれ個々に Ϊ拉していても良いが、お互いに兼ねること もできる。 したがって、 «¾1ェ部によってインビトロで増殖培養あるいは ¾1±化 させた垂は、 加工部において凍結 され、あるいは細胞保存部あるいは細胞加: d¾$頁者である御頁部におい て;東結^ することもできる。 細胞加工部が細胞を凍結した場合、凍! ^れた細胞は、細 BSiJiiェ部 が保管したり、また細胞 部 頁部が膝することもできる。  This age, female part-processing part-remote part may be abducted individually, but they can also serve as each other. Therefore, the droop that has been grown or cultured in vitro by the first part is frozen in the processing part, or in the cell preservation part or in the page part of the cell that is a cell member: d¾ $ page; You can also. When the cell processing section freezes the cells, the frozen cells can be stored in the fine BSiJii section or the cell section can be kneeled.
しかして、細胞加工部あるいは細胞保管部は、 結保存細胞を傲頁部 (細胞保管做頁者)に、凍結 状態あるいは、醒 したいずれの状態でも赚することがで る。 また調整した ¾tt化リンノ 球を適当な溶液中に驟蜀し、これを宅配便など既存の配送手段により做頁者である医療機関等に宛 てて IS することができる。  Thus, the cell processing unit or the cell storage unit can transfer the conserved cells to the arrogant part (cell storage deserving person) in either a frozen state or an awake state. In addition, the prepared リ ン -phosphorylated Rinno spheres can be sterilized in an appropriate solution and sent to a medical institution or the like, which is a pager, using existing delivery means such as a courier service.
なおこの場合において、 ¾ ^部からの TOが、 E—メールやインタ一ネットのホームページ上への 書き込み等による電子的通信手段によっておこなわれるようにすると、癌の再発予防用活性化リン In this case, if the TO from the ¾ ^ section is made by electronic communication means such as e-mail or writing on the Internet homepage, the activation link for cancer recurrence prevention is activated.
/球およびこれらの細胞の加工委 '受託システムとして簡易且つ 活動ならびに役務の供給が 可能になる。 „ As a commissioned system for processing of spheres and these cells, it is possible to provide simple activities and services and services. „
さらに加工部又は保存部より供給される活性化リンパ球は、主に胃癌患者に対し PDT療法の増強 剤として投与される。 しかし本発明は胃癌患者に?^ Tる投与のみに限定されるものではなぐこの ほかにも 、肝 大 、 un癌、腎 、 m ,月!^、卵巣癌、子 、精鶴、前 癌、白血病、肉腫、 B¾B^にっし、ての PDT癤去の増強剤としても用いることができる。 例】 Activated lymphocytes supplied from the processing section or the storage section are mainly administered to gastric cancer patients as an enhancer of PDT therapy. However, the present invention is not limited to the administration of stomach cancer patients. In addition to this, liver cancer, uncancer, kidney, m, month! ^, Ovarian cancer, child, seizuru, precancer, It can also be used as a potentiator for PDT removal in leukemia, sarcoma, B¾B ^. Example)
《1》 リンパ球の分離  《1》 Lymphocyte separation
PDT療法により縮小効果が得られてし、ない胃癌患者の籠から末梢血 45mlをへパリン加馳し、 これを癌特異 のための調製作業等を施すことなく癌特異性を付与しない状態のまま使用する こと【二した。 馳後、これをクリーンベンチ (昭和禾^f*^会ネ懷: S—" 00)内で無菌的に上記に より採血した注射筒の注■を、 ^部近くを触らないようにはずい 9G X 1 1 ,2注身 K発売 元:賦会社二プロ)につけ替えた。  A reduction effect was obtained by PDT therapy, and 45 ml of peripheral blood was added to heparin from a cage of a patient without gastric cancer, and this was not given cancer specificity without performing preparation work for cancer specificity Use it. After the injection, inject the syringe into the clean bench aseptically in the clean bench (Showa ga ^ f * ^ meeting: S- "00) so as not to touch near the ^ part. 9G X 1 1, 2 squatter K Release Source: Ex-company Nipro.
別に 50ml遠沈管 (岩城硝子; ¾it会ネ; 2341—050) 2本に、 争用培地 (RPMI1640+6) (5 OOml、 斜±曰¾物医学 S ^所製: GM1 106)を 15mlずつ注ぎ込んだ遠沈管内に、上記によ リ »した雌全てを 2本共に等量になるようにゆっくりと注いだ。 遠沈管の蓋を完全に閉めた後、 2〜3回車«昆和した。  Separately, pour 15 ml each of 50 ml centrifuge tubes (Iwaki Glass; it society; 2341-050) into 15 tubes each of the conflicting medium (RPMI1640 + 6) (5 OOml, ±±). All the females prepared above were slowly poured into the centrifuge tube so that the two females became equal in volume. After completely closing the lid of the centrifuge tube, the car was crushed 2-3 times.
これを 10mlピペット (輸入発売元:コ一二ングコースタージャ/ ン: 4105)でリンホセノ一ル I ( 100  Use a 10ml pipette (import and sales agency: Koingu Coast Coaster / Jan: 4105) with Lynnsenol I (100
免疫生物職所製: 23010)を 15ml遠沈管 (岩城硝子賦会社製 :2327— 015)6本 に各 3mlずつ入れ、さらに培地で鎌した雌 10mlをそれぞれの 管に、液面を乱さないように ゆっくり謂した。  Immune Biological Laboratories: 23010) is placed in six 15 ml centrifuge tubes (Iwaki Glass Eng. Co., Ltd .: 2327-015), 3 ml each, and 10 ml of female sickled with medium is placed in each tube so that the liquid level is not disturbed. I did it slowly.
その後、これを回車^ Π , 800rpm、遠心分離^ 20°C、ブレーキを OFFの状態で 15分間遠心し た (遠' は 会社コクサン製: H— 700Rを <¾ffl)。 遠心後、 P及引機によし J無菌的に遠沈管内の リンパ球層の約 1 cm上までリンパ を吸い取らないようにゆっくり吸い取った。 さらに 5mlピぺ ットマンで趙の層を吸い取らないようにリンパ球細胞の層をとリ、これをあらかじめ、洗浄用培地 ( PMI1640+ 6)を 25ml入れておいた 50mlJl¾管内に回収した。  After that, this was centrifuged at 800 rpm, centrifugation at 20 ° C, and the brake was turned off for 15 minutes. The centrifugal force was turned off for 15 minutes (the far end was manufactured by Kokusan Corporation: H-700R <¾ffl). After centrifugation, it was aseptically sucked up by a P-stretcher J so as not to suck up lymph to about 1 cm above the lymphocyte layer in the centrifuge tube. Further, the layer of lymphocyte cells was removed using a 5 ml Pittman so as not to absorb the layer of Zhao, and this was recovered in a 50 ml Jl tube containing 25 ml of a washing medium (PMI1640 + 6) in advance.
遠沈管の蓋を閉め 2〜3回 $5 ^混和した後、 , 800rpm、遠心分離 20°Cの状態で 10 分間遠心した。 遠心後、上清みを^ Τ、β をポルテックスにかけて良くほぐした。 培地 (RP Mil 640+7) 0|^会社免 物 Θ ^所製) 44mlに 35, OOOUZml IL— 2 (シータス據) 1 mlと、 n After closing the lid of the centrifuge tube and mixing $ 5 ^ two or three times, the mixture was centrifuged at, 800 rpm and 20 ° C for 10 minutes. After centrifugation, the supernatant was gently loosened by ^ Τ and β by portex. Medium (RP Mil 640 + 7) 0 | ^ Company exemption (manufactured by ^^) 35 ml for 44 ml, 1 ml for OOOUZml IL-2 (Citas), n
ヒト Ifili青 5mlを含む培養用培地 (以下、単に「培養用培地 Jと略すこともある) 50mlに入れ、良く車 混和して纖議被調製した。 The cells were placed in 50 ml of a culture medium containing 5 ml of human Ifili blue (hereinafter sometimes simply referred to as “culture medium J”), and mixed well with a car to prepare a fiber.
この細胞驟蜀液 10/ 1をチューブ (輸入発売元:アシスト株式会社: 72. 690)にとリ、これを 40 i l のチュルク液 (翻化^^品ネ: tM)と混合し、姆計算版 (エルマ一社製: 9731 )に 10 i Iアプライし、
Figure imgf000009_0001
320)下で儀!^測定した結果、総細数は 8. 5 X 107個だった。
Put 10/1 of this cell suspension into a tube (imported by Assist Co., Ltd .: 72.690), mix it with 40 il of Turk's solution (converted ^^ product: tM), and calculate Version (Elma One: 9731)
Figure imgf000009_0001
320) The bottom line! ^ As a result of measurement, the total fine number was 8.5 x 10 7 .
《2》OKT3固相化フラスコの調製  << 2 >> Preparation of OKT3 solid phase flask
PBS (―)で 5 gZmlに調製しておし、た ΟΚΤ3 (輸入発売元:ヤンセン協和株式会社、製造元:ォ Prepared to 5 gZml with PBS (-), and added to the bottle (imported by Janssen Kyowa Co., Ltd., manufactured by: o
—ソファーマス"^1ィカル: OKT3注)溶紘底 ®¾225cm2の培養用フラスコ (住友ベークライト株 式会概 MS— 2080R)に 10ml入れ、底面に溶蔽均一に浸した。 —Sofa mass “^ 1 scalar: OKT3 Note) 10ml into a 紘 225cm 2 culture flask (Sumitomo Bakelite Co., Ltd. MS-2080R), and immersed uniformly in the bottom.
翌日、フラスコの OKT3溶; 吸引機で吸い取り、 PBS(— ) 50mlをフラスコに注ぎ込みフラスコ の蓋を閉めて激しく振った後、蓋を開け、;被^ Tた。 再度、無菌的に PBS(—)50mlをフラスコに 注ぎ込みフラスコの蓋を閉めて激しく振った後、蓋を開け、 捨てた。 フラスコ内と蓋に残ってい る蔽吸引機で丁寧に吸い取り、 OKT3固相化フラスコの調製を ίϊ た。  The next day, the flask was dissolved with OKT3; aspirator was used, 50 ml of PBS (-) was poured into the flask, and the flask was closed and shaken vigorously. Again, 50 ml of PBS (-) was aseptically poured into the flask, the flask was closed and shaken vigorously, then the lid was opened and discarded. The OKT3 solid-phased flask was prepared by carefully sucking it off with the shield suction device remaining in the flask and on the lid.
《3》リンパ球の ¾ft化培養 << 3 >> 球 ft culture of lymphocytes
編己《1》において調製した細胞驟蜀液 50mlを、《2》で調整した OKT3固相化フラスコに分注し、 3 Dispense 50 ml of the cell suspension prepared in <1> into the OKT3 solid-phased flask prepared in <2>.
7°C、 5%離の炭酸ガス 下におし、て培養を開始した。 3日後に培養用培地 50mlを加え、 3Cultivation was started at 7 ° C under 5% carbon dioxide. After 3 days, add 50 ml of culture medium,
7°C、
Figure imgf000009_0002
150mlを加え、
7 ° C,
Figure imgf000009_0002
Add 150ml,
37°c、 5o/0;Utm«rス雜下におし、て培數繊した。 The cells were cultured under 37 ° C, 5o / 0 ;
さらに 2日間、 37°C、 5%濃度炭 ス 下において培養を繊することにより活性化リンパ球 Activated lymphocytes by further culturing for 2 days at 37 ° C and 5% carbon dioxide
2. 4 X 108個を得た。このうち 1. 2 X 108個の繊を; 結 液に驟蜀し、 3本のチューブにて液体 歸下、凍結辦した (4. 0 X 1 07個 Zチューブ)。 また残りの纖 1 . 2 X 1 08個を以下のように拡 大培養した。 2. 4 x 10 8 pieces were obtained. Among 1. 2 X 10 8 pieces of fiber; and驟蜀the binding solution, the liquid歸下in three tubes, frozen辦(4. 0 X 1 0 7 or Z tube). The remaining 1.2 x 10 8 fibers were expanded and cultured as follows.
《4》リンパ球の駄培養 (1回目)  《4》 Culture of lymphocytes (1st time)
上記《3》で調整したリン/ ^1. 2 X 108個を LL— 7培地 (日 物医学研究所)あるいは Medium 930 (コージン/ ィォネ ±) 750mlを含むガス Jli ¾tき養 ッグに移し、炭動 *スインキュベーター (C DP-300A;ヒラサヮ社)中で 370C、 5ο/0^Λ*ス下で ig ^おこなった。 Transfer the phosphorus / ^ 1.2 x 10 8 cells prepared in <3> above to LL-7 medium (National Institute of Biomedical Sciences) or a gas Jli ¾t containing 750 ml of Medium 930 (Kojin / Yone ±). , Sumido * scan incubator (C DP-300A; Hirasawa Co., Ltd.) in at 37 0 C, was ig ^ carried out under 5ο / 0 ^ Λ * nest.
3日後、細胞を含むガス ilii性培養/ッグと新たな培地を含むガス iii 性培養/《ッグを無菌接合 n 3 days later, sterile conjugation between gas ilii culture / cell containing cells and gas iii culture / << g containing new medium n
装置 (テルモ社製)により 結し、両ガス醒性培養バッグ中の培地を良く混合した後、これを 2分割 し、再度その結合を切除し、齢部分を無菌的にシールした後、 37°C、 5%炭斷ス下で培鼓繊 した。 After ligating with a device (manufactured by Terumo Corporation) and thoroughly mixing the culture medium in both gas-breathing culture bags, the mixture was divided into two parts, the bond was cut off again, and the aged part was aseptically sealed. C, cultivated under 5% charcoal cutting.
《5》投^ M剤の調整 (1回目)  << 5 >> Throw M agent adjustment (1st time)
上記《4》で調製した 2バッグのうち 1バッグ中の繊を含む培地を 250m隨心管 (コ一二ングネ ±¾) 内に移し、これを遠心により細胞の分!^おこなった。 デ力^ーシヨンにより培養液を除去し、細 胞ペレットに 0. 1 %のヒ卜アルブミンを含む生理餓水を加えて遠心分财ることにより洗浄操作を おこなって 3»ペレツ卜を調整した。  The medium containing the fibers in one of the two bags prepared in <4> above was transferred into a 250-m centrifugal tube (Ko-negune ± ¾), and the cells were separated by centrifugation. The culture solution was removed by depressurization, and a physiological operation of 0.1% human albumin was added to the cell pellet, and the mixture was centrifuged to perform a washing operation to prepare a 3-liter pellet.
さらに上記繊ペレットに 1 %のヒ卜アルブミンを含む生理:^水 200mlを加えて驟蜀し、これを" 1 00〃のステンレス金網にて! 後、輸 のバッグに詰めて投与用製剤とした。 なおこの場合の 隸 lMバッグに れる繊数は、 2. 4 X 109個であった。 Further, 200 ml of physiological: ^ water containing 1% human albumin was added to the above-mentioned fiber pellet, and the mixture was syruped. The mixture was passed through a "100 mm stainless steel wire mesh!" . Note繊数are in隸lM bag in this case, 2. was 4 X 10 9 cells.
《6》リンパ球の ¾^±咅養 (2回目) << 6 >> リ ン パ ^ ± 咅 nutrition of lymphocytes (2nd time)
上記《4》で調整した 2バッグのうち 1バッグを、 4日後に、細胞を含むガス透過性培養バッグと新た な培地を含むガス^ 性培養ノ ジグを無菌齢装置 (テルモネ: t¾)により遮結し、 m^ m /くッグ中の培地を良く混合した後、これを 2分割し、再度その結合を切除して ¾ ^部分を無菌的にシ ールした後、 37°C、 59^¾Λ'ス下で培鼓おこなった。  One of the two bags prepared in <4> above was shielded 4 days later from the gas-permeable culture bag containing the cells and the gas-permeable culture jig containing the new medium by a sterile age device (Termonet: t¾). After mixing the medium in the m ^ m / cube well, divide the mixture into two parts, cut off the bond again, and aseptically seal the 部分 ^ part. He cultivated under ^ ¾Λ's.
《7》投^ Μ剤の調整 (2回目)  《7》 Throwing agent adjustment (2nd time)
上記《6》で調製した 2バッグを使用する以外は、《5》と同様の操作で 2回目の投与製剤の調整をお こなった。 的に輸! Ifllfflバッグに含まれる «数は、 4· 0 X 1 09個であった。 Except for using the two bags prepared in <6> above, the same procedure as in <5> was used to adjust the second dosage form. The number included in the Ifllffl bag was 4.0 × 10 9 .
《8》;雄辦編からの調整 《8》; adjustment from the male version
纏己《3》で調製した凍 IS«を 37°Cで «させるとともに、これを培養; 3回洗浄した。 本繊 を して《3》、《4》、《5》、《6》、《7》に示されると同様な方法で投 剤リンパ 3^IJを調整し、 3. The frozen IS «prepared in Matome <3> was incubated at 37 ° C and cultured, and washed three times. Adjust the injection lymph 3 ^ IJ in the same manner as described in 《3》, 《4》, 《5》, 《6》, 《7》
4 X 109個、 5. 4 109個、 3. 5 X 109個の 化リンノ球を調製した。 4 X 10 9, 5.4 10 9 were prepared 3. 5 X 10 9 of reduction Rinno sphere.
《9》PDT治療  《9》 PDT treatment
徹 5《1》で採血した癌患者に财るレーザー照織術に先だって、施術の 2日前に予めフォトフリ ン(日本ヮイスレダリ一社製)を 2mgZkgの割合で静 寸により投与した。 このフォトフリンは癌 組織内に、正常組織に比べて約 1 0倍も取り込まれ、また癌組織内においては排泄されに《、高濃 度で残存する。 レーザ一照射当日、口腔より PD"H7アイパー (浜松ホトニクス; を挿入して画像 ^ Toru 5 prior to财Ru laser Teruo surgery to cancer patients who were bled at "1", it was administered by the static dimensions in advance Fotofuri in to two days before the treatment (manufactured by Nippon Waisuredari one company) at a rate of 2mgZk g. This photofrin is taken up into cancer tissues about 10 times as much as normal tissues, and is excreted in cancer tissues and remains at a high concentration. On the day of laser irradiation, insert a PD "H7 eyeper (Hamamatsu Photonics; ^
的に赫巣を fill忍し、エキシマダイレーザー ( ホトニクスネ ±M)を用しゝて 60J cm2で 5回に渡り レーザー照^おこなった。 レーザ一照射により癌組織内に滞留したフォトフリンが反応'励起して エネル を ί#¾、このエネル により ¾^«内に 性のある ¾14 ^を生成する。 The nest was filled, and the laser irradiation was performed 5 times at 60 J cm 2 using an excimer dye laser (Photonicsune ± M). The photofrin staying in the cancerous tissue reacts and excites by laser irradiation, and the energy is converted into ί # ¾, which generates ¾14 ^ in 性 の ^ «.
《10》投 剤の投与 <10> Administration of drug
上記《9》においてレーザ一照 stas 予定の癌患者、あるいはレーザー照 施した癌患者に対 する投^ M剤の投与については次のようにした。 すなわちレーザ一照維術の 2週間前 (投与リン パ球数; 2. 4X 109個)、 I F (投与リンパ球数: 4· O X 109個)、施術の当日 (投与リンパ球数 :3. 4 X 109個)、 1週間後 (投与リン Z 球数; 5. 4 X 109個)、 3週間後 (投与リンノ球数: 3. 5 X 109個) の合計 5回にわたり、編己《5》、《7》、《8》で調整した投与用製剤を、それぞれ舰ょリ注入投与し た。 In the above section <9>, the administration of the injection M agent to a cancer patient scheduled to be irradiated with a laser beam or a cancer patient irradiated with a laser beam was performed as follows. Two weeks before laser irradiation, the number of lymphocytes administered (2.4 × 10 9 ), the IF (number of lymphocytes administered: 4.OX 10 9 ), and the day of treatment (the number of lymphocytes administered: 3) 4 x 10 9 ), 1 week later (dosed phosphorus Z spheres; 5.4 x 10 9 ), and 3 weeks later (dosed phosphorus spheres: 3.5 x 10 9 ), a total of 5 times The preparations prepared in <5>, <7>, and <8> were administered by injection.
《"》効果の判定  《”》 Effect judgment
レーザー照身憮術から 12日後に超音波内ネ Ι^¾^、および CTにより効果を判定したところ、胃内 腔に 4cmに亘リ離していた腫瘍が平坦化したのが認められた。 これにより、 PDT馳では効果 がないような Β¾Ιに対しても ¾1±化リンパ球の投与を併用することにより、腫鍵小効果が得られる ことを明らかとした。  Twelve days after the laser irradiation, the effect was determined by intra-ultrasound CT ^ ¾ ^ and CT, and it was found that the tumor, which had been separated 4 cm into the stomach lumen, was flattened. As a result, it was clarified that a combination of administration of 化 1 ± -converted lymphocytes and Β¾Ι1 よ う な 4¾4 化 4 リ ン パ 4 球 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 1 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 効果 4 効果 4 効果 4 効果 4 効果 4 効果 4 効果 4 リ ン パ 4 効果 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 8 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 リ ン パ 4 効果 / 効果 効果 リ ン パ 効果 効果 効果 効果 効果 P 腫 明 ら か.
なお編〈3》におし、て調整された活性化リンパ球の凍結 の具体的一例を挙げると以下の通り である。 すなわち編 5《3》で得た 化リンパ 遠心分離し、培養用培地をデカ ^ーシヨンによ リ除去し、細胞ペレットを得るとともに、 胞ペレットに細胞保存液 (ヒ HM5ml、ジメチルスルホ キシド (ナカライ亍スク株式会社製、以下単に「DMSOjと略すこともある) 5mlと培地 (RPMI1640 + 7) 40mlとを混合して作製)を Ί 8ml加え、良く混合した後 5mlの細胞保存用チューブ (輸入発売 元:コ一二ングコースタージャパン)あたり 3ml宛、計 5本のチューブに分注し、さらにチューブを液体 窒^ ¾管庫あるいは超低显フリーザ一に入れて 1 显下において する。  A specific example of the prepared frozen lymphocytes prepared in the section <3> is as follows. That is, the lymphocyte obtained in Part 5 <3> was centrifuged, the culture medium was removed with decaion, to obtain a cell pellet, and the cell pellet was added to the cell pellet (5 ml of human HM, dimethyl sulfoxide (Nacalai Co., Ltd.)). SK Co., Ltd., hereafter simply referred to as “DMSOj” 5 ml of medium (made by mixing 40 ml of medium (RPMI1640 + 7)) Ί 8 ml, mix well, and mix well, then 5 ml of cell storage tube Dispense into a total of 5 tubes, each with 3 ml per Co., Ltd. Coaster Japan), and place the tubes in a liquid nitrogen storage or ultra-low freezer for 1 minute.
また上言 東結保存細胞を薩 '復元する場合には、凍結 しておいた細胞を取り出し、これを 3 7°Cのヒートブロック (タイテック;^会ネ; :TAL— 1 G)で 4 温め、 結膝繊の醒 を する。 薩 '復元した細胞を含む細胞保存液約 3mlを 1 5ml遠沈管内に無菌的に移し、さらに培養 液あるいは生理食 液を 10ml注ぎ込み し、これを遠心分離 (1, OOOrpm、 20°C、 5分間)した 後、デ力^ーシヨンにより上清を ¾ T、 ±咅 液あるいは生理食^ ¾1 Omlを加えて驟蜀する。 If also to restore the upper word Higashimusubu store cells Hokusatsu ', remove the frozen keep cells which 3 of 7 ° C heat block (TAITEC; ^ kinase;: TAL- 1 G) 4 warmed Awaken the knitting. Approximately 3 ml of the cell preservation solution containing the reconstituted cells is aseptically transferred into a 15 ml centrifuge tube, and then 10 ml of the culture solution or physiological food is poured into the tube and centrifuged (1, OOOrpm, 20 ° C, 5 ° C). T), add ¾T, ± 咅 solution or 生理 1 Oml of the supernatant to the supernatant by decanting, and shake.
さらに、遠心分離 (1 , OOOrpm、 20°C、 5 ^)した後、デカ^ーシヨンにより上清を ί§Τ:、 ±咅¾?液 ^ Furthermore, after centrifugation (1, OOOrpm, 20 ° C, 5 ^), the supernatant was decanted and ί§Τ: ± 咅 ¾? liquid ^
あるいは生理食塩液 10mlを加えて驟蜀し、再度、遠心分離 (1 , OOOrpm、 20°C、 5分間)した後、 デ力^ーシヨンにより上清を ί§Τ、これを再度、 化 i饞あるいは ½λ培養用に^ fflしたり、ある いは 1 %から 50/6のヒ卜 Jfilifアルブミンを含む生理:^ 10mlを加えて驟蜀し、直接、投与用製斉 調 製することができる。 Alternatively, add 10 ml of physiological saline solution, shake, centrifuge again (1, OOOrpm, 20 ° C, 5 minutes), and then decant the supernatant, re-diffuse the supernatant. Alternatively, it can be subjected to ^ ffl for ½λ culture, or physiological saline containing 1% to 50/6 human Jfilif albumin: ^ 10 ml, and then directly syruped for preparation for administration.
なお、上記の諭例では鹏するリンパ球として自己由来のもの、すなわち PDT癍去により縮小効 果が得られていない胃癌患者の静脈から馳した末梢血を用しゝる場合につし、て説明したが、さらに 別の HS¾例では GVHD(Graft versus Host Disease)免疫 患を引き起こすおそれのなし、 邸艮の H LA (Human Leukocyte Antigen)がー ¾ る他人由来のリンパ球を用し、、これを抗 CD3抗 もって 増殖- 化させたリンノ球集団として用いたところ、自己由来のものに比して腫瘍など癌の衝减-抑 制効果が、よリー層高いことが明らかとなった。 産itの利用可離  In the above example, it is assumed that the lymphocytes used are of autologous origin, that is, peripheral blood taken from the vein of a gastric cancer patient who has not obtained a reduction effect by PDT removal. As described above, in another HS case, there is no danger of causing GVHD (Graft versus Host Disease) immunity, and lymphocytes derived from another person, which is obtained by HLA (Human Leukocyte Antigen) of Iraton, is used. Was used as a population of lymphospheres proliferated with anti-CD3, and it was revealed that the impact-inhibitory effect of tumors and other cancers was higher than that of autologous ones. Separation of use of production it
以上に詳述した通し J、本願の発明は、活性化リンパ球の投与を PDT療法による腫瘍治療と並行す るようにしたものであり、両者の相乗作用により、必ずしも癌特異性を付与しない ¾14化リンパ職用 いることができ、その結^特異 ¾^導のための煩雑な調製作 H^F¾とするばかりでなぐ > t されるリンパ球の入手が容易となり、しかも癌、とりわけて胃癌をはじめとした各觀瘍の縮小制圧 に著しい効果を発揮するばかりでなく、特に PDT瘌去による戦台療によっては効果がみられない 瞧ニ対しても優れた治 果を財る。  As described in detail above, the invention of the present application is such that the administration of activated lymphocytes is performed in parallel with the tumor treatment by PDT therapy, and the synergistic action of the two does not necessarily impart cancer specificity. It is not only a complicated preparation H ^ F¾ for the induction of lymphoid disease, but it is easy to obtain lymphocytes that can be used as well as cancer, especially gastric cancer. Not only does it have a remarkable effect on the suppression of the reduction of each type of obstruction, but it also has an excellent effect on patients who do not have any effect especially on battlefield treatment after PDT removal.
またこの場合に删されるリンノ球として、 GVHD免疫^ Eを弓 Iき起こすおそれのなし、 邸艮の H が一财る他人由来のリンパ球を用い、これを抗 CD3抗体をもって増殖-活性化させたリンパ球 集団として用いる場合においては、自己由来のものに比して、より一層優れた腫瘍など癌の壊滅-抑 制効果が得られる。  In addition, as lymphospheres used in this case, GVHD immunity ^ E is not likely to cause bow I, and lymphocytes derived from another person, including H of Ichinori, are proliferated and activated with anti-CD3 antibody. When used as a lymphocyte population, a more excellent effect of destroying and suppressing cancers such as tumors can be obtained as compared to autologous lymphocyte populations.
また本発明は、人体に ¾ "る処方のみならず、 PDT療法の が可能な動物であればィヌ、ネコ 等のぺッ卜類や、あるいはゥシ、ブタ、ヒッジ、ゥマ等の家畜類、その他の動物についての癌の治療 に対しても有効である。 さらに本発明において用いられる活性化リンパ球は、これを抗 CD3抗体も しくはインターロイキン 2により増殖培養'活性化培養することが可能であり、さらに増殖させた抗腫 瘍調觀 yを凍結^ することも可能であるところから、 PDT療法との並行治療用活性化リン/球の 増殖-加工受 ンステムとして することも可能である。 1 In addition, the present invention can be applied not only to prescriptions applied to the human body, but also to animals such as dogs and cats if they can be treated with PDT, or to livestock such as pigs, pigs, sheep, and horses. In addition, the activated lymphocytes used in the present invention may be expanded and cultured with an anti-CD3 antibody or interleukin 2. Can be used, and it is also possible to freeze the proliferated anti-tumor examination y, so that it can be used as a growth-processing system for activated phosphorus / spheres for concurrent treatment with PDT therapy It is. 1
すなわち、纏部より提供された採耳 '体;被るいは繊に含まれる繊を、癌特異 の ための煩雑な調製作業をおこなうことなく、加工部において増殖あるいは活性化を行なった後、 PDT 療法との並行治麵の S14化リンパ 調製し、これを 、あるいは做頁部に供 るようにしたIn other words, the ear-collecting body provided by the wrapping part; the fibers contained in the covering or the fiber are propagated or activated in the processing part without performing complicated preparation work for cancer specificity, and then PDT Prepared S14-lymphed lymph for parallel treatment with therapy
PDT療法との並行治翻 化リン 球の増殖 -加ェ受託システムとすることもできるために、かか るシステムの普及により困 ϋ¾腫瘍治療の分野〖こおいて、画期的な治療成果の向上を期待すること が可能となる。 Proliferation of parallel-converted lymphocytes with PDT therapy-Since this system can be used as a contracted system, the spread of such a system makes it difficult. It is possible to expect improvement.
さらに; 結赌が^ Γ能であり、また に応じてこれを薩 し、復元後あるいは垂の増殖、 あるいは ¾14化操作後の βを直ちに PDT衞去との併用治^ IJとして用しゝることができる。 また本 発明は、現在の PDT^¾iSfS癌だけに限定されるものではでなぐ活性化リンパ球投与との並行治 療によりあらゆる癌 -H^ とした治療に翻することができる。  In addition, the result is ^ function, and according to, this is used, and β after restoration or vegetative proliferation, or after 化 14 conversion operation is immediately used as a combination treatment with PDT elimination ^ IJ be able to. In addition, the present invention can be converted to any cancer-H ^ treatment by parallel treatment with activated lymphocyte administration, which is not limited to the current PDT ^ ¾iSfS cancer.

Claims

請 求 の 範 囲 The scope of the claims
1 . PDT療法の施術と並行して活性化リンパ球の投与をおこなうことを特徴とする腫瘍の治療方 法。 1. A method for treating tumors, which comprises administering activated lymphocytes in parallel with PDT therapy.
2. PDT療法の施術力 ¾数回の繰り返しにわたることを觀とする請求項 1に言 Β¾の腫^)治療方 法。 2. The power of PDT therapy ¾ The method of treating tumors in claim 1, wherein the treatment is repeated several times.
3. 活性化リン/球の投与が、 PDT療法の施術前 6ヶ月間以内のみであることを繊とする請求項 1あるいは請求項 2に の腫 治療方法。 3. The tumor treatment method according to claim 1 or 2, wherein the administration of activated phosphorus / sphere is performed only within 6 months before the PDT treatment.
4. 活性化リン/球の投与が、 PDT療法の施術後 6ヶ月間のみであることを特徴とする請求項 1あ るいは請求項 2に の腫瘍の治療方法。 4. The method for treating a tumor according to claim 1 or 2, wherein the administration of the activated phosphorus / sphere is performed only for 6 months after the PDT therapy.
5. 活性化リンパ球の投与が、 PDT療法の施術の前後それぞれ 6ヶ月間以内での並行治療である ことを!^とする請^ IIあるいは請求項 2に言 の腫瘍の治療方法。 5. The method for treating a tumor according to claim II or claim 2, wherein the administration of the activated lymphocytes is a parallel treatment within 6 months before and after the PDT therapy, respectively.
6. 活性化リンパ球は、抗 CD3抗体もしくはインターロイキン 2により増殖髓あるいは活性化培養 したものであること とする請求項 1乃 青求項 5に言識の腫瘍の治療方法。 6. The method for treating a tumor as claimed in claim 1, wherein the activated lymphocytes are proliferated or activated by an anti-CD3 antibody or interleukin-2.
7. PDT療法の施術と並行して投与する活性化リン/球が、癌特異性を付与しないものであること を難とする請求項 1乃至請求項 6に言 B«の腫 台療方法。 7. The method of claim 1, wherein the activated phosphorus / sphere to be administered in parallel with the PDT treatment does not impart cancer specificity.
8. PDT療法の施術と並行して投与するための、癌特異性を付与しない活性化リンパ球を含むこと を觀とする腫瘍^ ffl投与用製剤。 8. A formulation for tumor ^ ffl administration, which contains activated lymphocytes that do not impart cancer specificity and is administered in parallel with PDT therapy.
9. 概頁部より提供された採¾« -体液あるいは組織に含まれる雄を、加工部において増殖あ るいは活性化して PDT並行治療用の活性化リンパ球を調製し、これを赌、あるいは做頁部に供給 するようにしたことを ί織とする PDT並亍冶麵 化リンパ球の増殖'加工受 ンステム。 9. Males contained in bodily fluids or tissues provided from the general section are proliferated or activated in the processing section to prepare activated lymphocytes for PDT parallel treatment, Supply to the page section The process stems from the PDT parallel proliferation of chemically modified lymphocytes.
10. PDT並行治療用として調整される活性化リンパ球が、癌特異性を付与しないものであることを ¾¾¾とする請求項 9に言識の PDT並亍冶麵活性化リンパ球の増殖'加工受託システム。 10. The activated lymphocyte prepared for parallel treatment of PDT does not confer cancer specificity. Contract system.
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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0409655A2 (en) * 1989-07-21 1991-01-23 Ortho Pharmaceutical Corporation Method for stimulating proliferation of peripheral blood lymphocytes
JPH10167971A (en) * 1996-12-06 1998-06-23 Teruaki Sekine Precaution for postoperative recurrence of nonviral tumor, recurrence preventive and its preparation
WO1999047162A1 (en) * 1998-03-19 1999-09-23 Wound Healing Of Oklahoma, Inc. Products in the treatment of cancer
WO1999050269A2 (en) * 1998-03-31 1999-10-07 Schastak, Astrid Porphyrins and their use as photosensitizer
JP2000212200A (en) * 1999-01-26 2000-08-02 Hitachi Chem Co Ltd Carrier for culturing t lymphocyte, production of activated t lymphocyte, kit for production of activated t lymphocyte and immune therapeutic agent
JP2001354575A (en) * 2000-06-09 2001-12-25 Human Tekku:Kk Method for preventing cancer relapse and preparation containing activated lymphocyte for preventing cancer relapse, and consignment/entrustment system for freezing and processing these cells

Family Cites Families (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2000064476A2 (en) * 1999-04-23 2000-11-02 Qlt Inc. Immuno-adjuvant pdt treatment of metastatic tumors

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0409655A2 (en) * 1989-07-21 1991-01-23 Ortho Pharmaceutical Corporation Method for stimulating proliferation of peripheral blood lymphocytes
JPH10167971A (en) * 1996-12-06 1998-06-23 Teruaki Sekine Precaution for postoperative recurrence of nonviral tumor, recurrence preventive and its preparation
WO1999047162A1 (en) * 1998-03-19 1999-09-23 Wound Healing Of Oklahoma, Inc. Products in the treatment of cancer
WO1999050269A2 (en) * 1998-03-31 1999-10-07 Schastak, Astrid Porphyrins and their use as photosensitizer
JP2000212200A (en) * 1999-01-26 2000-08-02 Hitachi Chem Co Ltd Carrier for culturing t lymphocyte, production of activated t lymphocyte, kit for production of activated t lymphocyte and immune therapeutic agent
JP2001354575A (en) * 2000-06-09 2001-12-25 Human Tekku:Kk Method for preventing cancer relapse and preparation containing activated lymphocyte for preventing cancer relapse, and consignment/entrustment system for freezing and processing these cells

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
See also references of EP1374876A4 *

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